#!/usr/bin/env python3
from cheatdice import Player
from cheatdice import Cheat_Swapper
from cheatdice import Cheat_Loaded_Dice
cheater1 = Cheat_Swapper()
cheater2 = Cheat_Loaded_Dice()
cheater1.roll()
cheater2.roll()
cheater1.cheat()
cheater2.cheat()
print("Cheater 1 rolled " + str(cheater1.get_dice()))
print("Cheater 2 rolled " + str(cheater2.get_dice()))
if sum(cheater1.get_dice()) == sum(cheater2.get_dice()):
print("Draw!")
elif sum(cheater1.get_dice()) > sum(cheater2.get_dice()):
print("Cheater 1 Wines!")
else:
print("Cheater 2 Wine!")
from cheatdice import Player
from cheatdice import Cheat_Swapper
from cheatdice import Cheat_Loaded_Dice
from cheatdice import Cheat_Slider
cheater1 = Cheat_Swapper()
cheater2 = Cheat_Loaded_Dice()
cheater3 = Cheat_Slider()
cheater1.roll()
cheater2.roll()
cheater3.roll()
cheater1.cheat()
cheater2.cheat()
print("Cheater 3 rolled" + str(cheater3.get_dice()))
print("Cheater 2 rolled" + str(cheater2.get_dice()))
if sum(cheater2.get_dice()) == sum(cheater3.get_dice()):
print("Draw!")
elif sum(cheater2.get_dice()) > sum(cheater3.get_dice()):
print("Cheater 2 wins!")
else:
print("Cheater 3 wins!")
def role():
cheater1 = Cheat_Swapper()
cheater2 = Cheat_Loaded_Dice()
cheater1.roll()
cheater2.roll()
print("=" * 70)
print("Player 1 rolled " + str(cheater1.get_dice()), sum(cheater1.get_dice()))
print("Player 2 rolled " + str(cheater2.get_dice()), sum(cheater2.get_dice()))
cheater1.cheat()
cheater2.cheat()
print("=" * 70)
print("Player 1 rolled " + str(cheater1.get_dice()), sum(cheater1.get_dice()))
print("Player 2 rolled " + str(cheater2.get_dice()), sum(cheater2.get_dice()))
if sum(cheater1.get_dice()) == sum(cheater2.get_dice()):
print("Draw")
elif sum(cheater1.get_dice()) > sum(cheater2.get_dice()):
print("Player 1 Wins")
else:
print("Player 2 Wins")
#!/usr/bin/env python3
from cheatdice import Player
from cheatdice import Cheat_Swapper
from cheatdice import Cheat_Loaded_Dice
swapper = Cheat_Swapper()
loaded_dice = Cheat_Loaded_Dice()
swapper_score = 0
loaded_dice_score = 0
number_of_games = 100000
game_number = 0
print("Simulation running")
print("==================")
while game_number < number_of_games:
swapper.roll()
loaded_dice.roll()
swapper.cheat()
loaded_dice.cheat()
#Remove # before print statements to see simulation running
#Simulation takes approximately one hour to run with print
#statements or ten seconds with print statements
#commented out
#print("Cheater 1 rolled" + str(swapper.get_dice()))
#print("Cheater 2 rolled" + str(loaded_dice.get_dice()))
if sum(swapper.get_dice()) == sum(loaded_dice.get_dice()):
#print("Draw!")
pass
elif sum(swapper.get_dice()) > sum(loaded_dice.get_dice()):
#!/usr/bin/env python3
from cheatdice import Player
from cheatdice import Cheat_Swapper
from cheatdice import Cheat_Loaded_Dice
cheater1 = Cheat_Swapper()
cheater2 = Cheat_Loaded_Dice()
cheater1.roll()
cheater2.roll()
print(f"Cheater 1 rolled {str(cheater1.get_dice())}")
print(f"Cheater 2 rolled {str(cheater2.get_dice())}")
if sum (cheater1.get_dice()) == sum(cheater2.get_dice()):
print("Draw!")
elif sum (cheater1.get_dice()) > sum(cheater2.get_dice()):
print("Cheater 1 wins!")
else:
print("Cheater 2 wins!")
#!/usr/bin/env python3
#25 May 2018, Lab 34b
from cheatdice import Player #non-cheating player class with standard dice rolling
from cheatdice import Cheat_Swapper #cheater that always gets a 6 for 3rd roll
from cheatdice import Cheat_Loaded_Dice #cheater that uses loaded dice (loaded in this case adds 1 to every roll less than 6)
cheater1 = Cheat_Swapper() #cheater1 always gets a 6 via cheat_swap func
cheater2 = Cheat_Loaded_Dice(
) #cheater2 gets +1 for every roll via cheat_load func
#standard rolls that feed the cheating functions
cheater1.roll()
cheater2.roll()
#cheating functions executed, same verbiage 'cheat()' but maps to different classes/cheats
cheater1.cheat()
cheater2.cheat()
#display values of rolls
print("Cheater 1 rolled" + str(cheater1.get_dice()))
print("Cheater 2 rolled" + str(cheater2.get_dice()))
#if/elif/else operator to determine winner
if sum(cheater1.get_dice()) == sum(cheater2.get_dice()):
print("Draw!")
elif sum(cheater1.get_dice()) > sum(cheater2.get_dice()):
print("Cheater 1 wins!")
else:
'''
Test the objects created in cheatdice.py
John Nealy
'''
#import the classes
from cheatdice import Player
from cheatdice import Cheat_Swapper
from cheatdice import Cheat_Loaded_Dice
# instantiate cheaters
cheater1 = Cheat_Swapper() #cheats by swapping the last roll for a 6
cheater2 = Cheat_Loaded_Dice() #cheats by bumping up each roll by 1 (to a max value of 6)
#players roll the dice
cheater1.roll()
cheater2.roll()
#now they cheat - shameful!
cheater1.cheat()
cheater2.cheat()
#print the results and declare a winner or a draw
print("Cheater 1 rolled" + str(cheater1.get_dice()))
print("Cheater 2 rolled" + str(cheater2.get_dice()))
if sum(cheater1.get_dice()) == sum(cheater2.get_dice()):
print("Draw!")
elif sum(cheater1.get_dice()) > sum(cheater2.get_dice()):
print("Cheater 1 wins!")
#!/usr/bin/env python3
#Commented by: Kyle Jorgensen
#This dice sim imports classes from another file
from cheatdice import Player #Import necessary classes
from cheatdice import Cheat_Swapper #Import necessary classes
from cheatdice import Cheat_Loaded_Dice #Import necessary classes
cheater1 = Cheat_Swapper() #This is the one who rolls 6 on roll 3 every time.
cheater2 = Cheat_Loaded_Dice() #This is the one who adds 1 to every value (except 6)
cheater1.roll() #Players roll their random numbers as normal
cheater2.roll()
cheater1.cheat() #Call cheat function to work some magic on those random ints
cheater2.cheat() #Call cheat function to work some magic on those random ints
print("Cheater 1 rolled" + str(cheater1.get_dice())) #Report results
print("Cheater 2 rolled" + str(cheater2.get_dice()))
if sum(cheater1.get_dice()) == sum(cheater2.get_dice()): #If sums are the same:
print("Draw!")
elif sum(cheater1.get_dice()) > sum(cheater2.get_dice()): #If cheater1 sum is higher:
print("Cheater 1 wins!")
else: #If cheater2 sum is higher:
print("Cheater 2 wins!")
